Tesseract Structural Innovations is developing advanced crash force mitigation solutions for the automotive industry. Its core technology, the Uniform Deceleration Unit (UDU), is a patented structural system designed to dramatically reduce crash forces and prevent component intrusion into the passenger compartment. UDU devices can be tailored to various applications, including wheel well crash boxes, EV battery compartment protection, underrun systems for trucks, and more. UDU’s combination of structural skin and cast aluminum foam delivers superior energy absorption with minimal added weight, making it ideal for modern vehicle design. The company holds multiple U.S. and international patents and is now pursuing production contracts in collaboration with a global Tier 1 automotive supplier.

The Problem: Automotive manufacturers face intense pressure to improve crash performance while meeting fuel efficiency and electric vehicle (EV) range goals. Key challenges include:

• Crashworthiness—Auto OEMs must improve occupant protection, particularly in small overlap crashes and side impacts, which remain among the deadliest types of collisions.
• EV Safety—Electric vehicles introduce new crash safety risks due to their high-voltage battery packs, which require special protection to prevent fire or explosion.
• Weight and Cost Constraints—Safety structures must be lightweight to avoid impairing fuel economy or EV range and cost-effective to integrate without disrupting existing platforms or tooling.

The Solution: Tesseract’s UDU technology addresses these challenges through a high-performance energy absorption system that combines a structural aluminum skin with aluminum foam cores. The system is engineered to:

• Raise crash forces to optimal levels quickly, then hold them steady for maximum energy absorption.
• Prevent intrusion of structural components into passenger or battery compartments.
• Reduce the weight and cost of crash structures compared to current industry solutions.

Prototype and simulation results demonstrate superior performance:

• • 25% more energy absorption in small overlap crash scenarios
  • 2x energy absorption for truck underrun protection
  • 94% more energy absorption in EV side impacts
  • Up to 27% reduction in battery impact displacement, 26% weight savings, and 15% cost savings

Market Opportunity: The automotive crash safety market represents a multi-billion-dollar opportunity, driven by regulatory pressure, consumer demand for safety, and the accelerating transition to electric vehicles. Tesseract’s UDU technology is applicable across a wide range of vehicle platforms and crash scenarios—including front-end, side-impact, underrun, and EV battery protection—creating multiple pathways to significant revenue.

With over 17 million vehicles sold annually in the U.S. and multiple UDU-compatible components per vehicle, even modest adoption across select platforms would generate substantial recurring revenue. UDU’s unique combination of lightweight design, superior energy absorption, and ease of integration makes it especially well-suited for widespread OEM implementation over time.

Tesseract’s new manufacturing partnership with a global Tier 1 automotive supplier addresses the credibility gap that has previously limited commercial traction. This partnership positions the company to pursue and win production contracts with major OEMs—potentially unlocking large-scale adoption and enabling a rapid scale-up of both revenue and valuation.